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Temperature gauges play a crucial role in various industries, offering invaluable insights into thermal conditions for optimal performance and safety. In this blog post, we'll delve into the fundamentals of temperature gauges, exploring what they are, the different types available, their applications across industries, and a special mention of Tempsens – a leader with over 45 years of experience in providing cutting-edge thermal and cable solutions. What is a Temperature Gauge ? A temperature gauge is a device designed to measure and display the temperature of a particular system or environment. Whether in automotive, industrial, or scientific settings, these instruments help ensure that processes are running within safe and efficient temperature ranges.   Types of temperature gauges: Bimetallic Temperature Gauges: Bimetallic temperature

The print quality of any material like automotive decals, garments, and sticker depends on curing the inks in conveyor driers and wicket driers at specific temperatures and duration. Curing inks is comparable to baking cakes in that it takes time. Gas heats the ovens, and air circulates to transfer the heat to the ink (cakes) and cloth (pan). Heat is transported to the ink during the heating/curing process via convection from the air, but it is also transferred by conduction. The nearby ink (outer layer of cake) and the cloth are the two sources of heat conduction. The fact that time is just as essential as the temperature setting is due to conduction. Even if your oven is set at a high temperature, it will take time for the heat to be transported to the center of the ink. A pan is normally an excellent heat conductor for baking, however, for ink drying, the material/cloth is a heat sink rather than a heat conductor. The quantity of heat sink is determined by the material/fiber

Marathon Process Heaters are tailored to meet customers’ unique needs.  Products are engineered to provide Energy efficient, precise process temperature control and built with quality to operate for decades in service.  Immersion and Circulation heaters can be adapted to match any heating need with liquid or gas. Common applications include Furnace oil, LDO, crude oil, acidic solutions, potable water, steam, industrial, hydrocarbons, hydrogen, oxygen, and superheated air. Applications Common applications include Furnace oil, LDO, crude oil, hydraulic fluid, acidic solutions, potable water, industrial gases such as hydrocarbons, hydrogen, high oxygen content, or superheated air. Used in almost in process of all Industry- Aluminum, steel, oil and gas, fertilizer, cement, tyre, etc. Sponge iron Removing oxygen from the ore by a natural process produces a relatively small percentage of steel in the world. This process

Ceramic kilns play an important role in the quality of products manufactured. The product ranges from ceramic sanitary wares to tiles industries. The output of a ceramic product will be drastically different if it is not burned at the proper temperature. It's also crucial to utilize the proper kiln for the production process. This is due to the fact that there are several factors to consider while ring ceramics in a kiln. Many factors might cause the end product to fail or break during the ring process. The technical definition of the ceramic kiln is a thermally enclosed chamber, similar to an oven, that generates temperatures high enough to finish an operation like hardening, drying, or chemical reactions.

Paint cure ovens are used to heat painted components in order to cure the paint. They are most typically batch format ovens, where one load of parts is placed into the oven and heated at a time. They can be electric or gas-fueled. These ovens can be continuous for high-volume paint curing, and the parts are transported through the oven on a conveyor. Industrial enamels typically require 10 to 30 minutes to cure at 121°C to 204°C (250°F to 400°F). Some improvement in curing time occurs at lower temperatures, even as low at 37.78°C.